TechBuzz
Fine Jewelry Reimagined: Jewelex and Ultrahuman Reveal ‘Rare’, the World’s First Luxury Smart Ring
Jewelex, a revered name in fine diamond jewelry, and Ultrahuman, a pioneer in wearable technology, have come together to combine time-honored craftsmanship legacy with cutting-edge health technology with Ultrahuman Rare, the world’s first luxury smart ring.
At the heart of Rare lies a profound respect for artistry and precision. Jewelex, with a heritage spanning over 59 years, has continually set new benchmarks in diamond and jewelry craftsmanship. Their legacy is defined by innovation, where advanced metalworking techniques enhance traditional artistry, ensuring exceptional detail and consistency in every creation.
Rare embodies the seamless fusion of meticulous craftsmanship and precision engineering. Leveraging cutting-edge CNC machining, the ring’s intricate design is executed with micron-level accuracy. While machines deliver exacting precision, the final touch is entrusted to skilled artisans – who then polish and refine each piece to ensure warmth, character, and the unmistakable essence of true craftsmanship.
Jewelex integrates sustainability into every facet of its Rare’s manufacturing, operating on 100% renewable energy since January 2023. Rainwater harvesting at its corporate headquarters further supports resource conservation. By continuously investing in clean energy and eco-friendly practices, it reaffirms its commitment to a greener future in fine jewelry.
On the other end of this union, Ultrahuman has reimagined wearable technology through its mission of health optimization. From the world’s lightest sleep-tracking wearable, the Ultrahuman Ring AIR, to the advanced Ultrahuman M1 continuous glucose monitoring platform and the revolutionary Ultrahuman Home health monitoring device, the company has been at the forefront of turning health data into actionable intelligence.
Ultrahuman Rare was unveiled at the world’s premier technology event, Consumer Electronics Show (CES) 2025 in Las Vegas, marking a defining moment in the evolution of fine jewelry.
Rare launched with the “Desert Collection”, featuring three distinctive designs: Desert Rose, Dune, and Desert Snow. Inspired by nature’s most captivating landscapes, these pieces reflect the fluid elegance of wind-sculpted dunes, embodying the balance of beauty and resilience found in arid terrains.
- Dune and Desert Rose rings are meticulously crafted from 18K Gold, sourced exclusively from London Bullion Market Association (LBMA)-approved refineries and hallmarked by the Bureau of Indian Standards (BIS), ensuring the highest standards of authenticity and quality.
- Desert Snow is engineered from Pt950 platinum, a metal renowned for its rarity and prestige.

Commenting on the partnership, Bobby Kothari, Jewelry CEO, Jewelex India Pvt Ltd, stated, “The power of collaboration lies in the ability to bring together diverse strengths. This partnership demonstrates that when traditionally separate industries unite, the potential for growth and innovation is limitless. This is a prime example of how cross-industry synergy can redefine consumer experiences.”
Each Rare ring begins its journey in Jewelex’s expert hands before making its way to UltraFactory, Ultrahuman’s advanced manufacturing facilities in Plano, Texas, and Bengaluru, India.
Here, the skilled artisan-crafted fine jewellery is transformed through intricate manufacturing processes into Rare.
Precision-engineered PCBs, 6-axis motion sensors, and medical-grade temperature sensors are meticulously integrated into the ring’s structure. A proprietary resin casting process ensures seamless embedding of technology while maintaining the aesthetic integrity of the jewelry. Each ring, available in sizes 5 to 14, undergoes extensive testing and multiple rounds of quality control, ensuring impeccable performance and craftsmanship.
Finally, Ultrahuman’s custom-programmed firmware is updated on Rare. These firmware updates are designed to be seamless, ensuring that Rare continuously evolves through adaptive software that’s unique.
Mohit Kumar, Founder & CEO, Ultrahuman, added, “Our collaboration with Jewelex brings together two worlds: their legacy of craftsmanship and our expertise in cutting-edge health technology, redefining fine jewelry in the age of wearables.

With Rare, we’re catering to individuals who want their health journey to be as elegant and meaningful as the rest of their lives. The possibilities ahead are limitless.”
Rare made its grand debut in two iconic capitals of luxury: Paris and London.
- Selfridges London, an emblem of modern luxury, is where heritage and innovation converge to redefine the retail experience.
- Printemps Paris, with its Belle Époque grandeur, embodies the spirit of Parisian chic through its exquisite curation of global luxury.
Rare’s perfect blend of heritage and future brings the world a statement of sophistication, where old-world artistry meets the future of wearable intelligence, offering an unparalleled experience of beauty, craftsmanship, and technology.
TechBuzz
AI Is Transforming Jewellery Manufacturing: Streamlining Workflows From Design To Production
Key Applications Include Sketch-To-Render Visualization, 3D Mesh Generation, Predictive Inventory Management, Automated Quality Control
AI is transforming jewellery manufacturing by enhancing precision, speed, and customization, integrating technologies like generative design and automated robotics to streamline workflows from design to production. Key applications include sketch-to-render visualization, 3D mesh generation, predictive inventory management, and automated quality control, significantly reducing material waste and production timelines.

Key AI Applications in Jewellery Manufacturing:
- Generative Design & Conceptualization: AI tools generate complex, unique, and ergonomic design concepts, including text-to-image and sketch-to-render, often in seconds.
- 3D Modelling & Prototyping: AI facilitates early-stage 3D mesh generation and optimizes designs for structural integrity and wearability before physical prototyping.
- Production & Robotics: AI-controlled robots and automation are increasingly used for precise cutting, assembling, and polishing, reducing human error, particularly in detailed and delicate settings.
- Gemstone Management: AI optimizes gemstone placement, analyzing stone dimensions and brilliance to ensure perfect symmetry and secure setting techniques.
- Supply Chain & Inventory Management: AI forecasts demand and manages inventory by analyzing trends, reducing waste, and automating the sourcing of materials.
- Quality Control: Machine learning algorithms inspect jewelry for defects, ensuring high quality in mass production.

Key Benefits:
- Enhanced Efficiency: Automating repetitive tasks frees artisans to focus on complex design elements.
- Cost Reduction: Improved material usage and optimized production reduce waste and costs. AI algorithms calculate the most efficient way to cut and set materials, ensuring virtually zero precious metal or gemstone waste.
- Hyper-Personalization: AI enables bespoke, custom design experiences that can be immediately simulated and priced.
- Labour Cost Reduction: Automated precision machinery handles repetitive tasks, reducing manual overhead and lowering the final price point for consumers.
- Energy Optimization: Smart systems monitor and adjust power usage in real-time, significantly lowering the carbon footprint of the production facility
- Process Optimization: AI-driven logistics and scheduling streamline the production pipeline, resulting in faster turnaround times without sacrificing detail.
Leading players use AI to optimize manufacturing output

Pandora:
The world’s largest jewellery brand uses AI to optimize its massive manufacturing output (millions of pieces annually). In 2026, they leverage Predictive Intelligence to forecast material demand—such as their shift toward lab-grown diamonds and recycled silver—ensuring their automated production lines in Thailand are aligned with global sales trends.
Signet Jewellers (James Allen, Kay, Zales):
Signet utilizes AI-driven supply chain management to reduce “lead-to-market” time. By analyzing consumer data, they can trigger specific manufacturing batches of trending styles, reducing excess inventory and material waste.


Tiffany & Co. (LVMH):
While emphasizing “hand-crafted” luxury, Tiffany uses AI in the technical design (CAD) phase. AI tools assist their master crafters by performing complex stress-test simulations on new high-jewelry designs to ensure structural integrity before a single gram of gold is cast.
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